Nursing Elites

1. What is the correct intervention for a patient experiencing anaphylaxis?

• A. Administer epinephrine
• B. Provide oxygen
• C. Monitor airway
• D. All of the above

Correct answer: D

Rationale: In cases of anaphylaxis, all of the listed interventions are crucial for effective management. Administering epinephrine is the primary treatment to reverse the allergic reaction rapidly. Providing oxygen ensures adequate oxygenation to vital organs, and monitoring the airway is essential to prevent obstruction and maintain a clear air passage. Therefore, all three interventions are necessary in managing anaphylaxis. Choices A, B, and C are not individually sufficient to address all aspects of anaphylaxis, making the comprehensive approach of 'All of the above' the correct answer.

2. What is the first step in assessing a patient with suspected stroke?

• A. Check for facial droop
• B. Assess speech clarity
• C. Perform a neurological assessment
• D. Call for emergency assistance

Correct answer: D

Rationale: The correct answer is to call for emergency assistance (Option D) when assessing a patient with suspected stroke. Time is crucial in stroke management, and activating emergency services promptly can ensure timely access to specialized care such as stroke units and treatments like thrombolytic therapy. Checking for facial droop (Option A), assessing speech clarity (Option B), and performing a neurological assessment (Option C) are important steps in evaluating a stroke but should follow the immediate action of calling for emergency assistance. These initial assessments can help confirm the suspicion of a stroke and provide valuable information to healthcare providers when they arrive. However, the priority is to ensure the patient receives appropriate care without delay by activating emergency services.

3. A client with hypertension is receiving lifestyle education from a nurse. What should be emphasized?

• A. Encourage a low-sodium diet
• B. Advise the client to avoid caffeinated drinks
• C. Recommend increasing high-protein foods
• D. Advise the client to reduce fat intake

Correct answer: B

Rationale: The correct answer is to advise the client to avoid caffeinated drinks. Caffeine can temporarily increase blood pressure, so avoiding caffeinated drinks can help manage hypertension. Encouraging a low-sodium diet (Choice A) is essential for hypertension management as excess sodium can raise blood pressure. Increasing high-protein foods (Choice C) is not a primary focus in managing hypertension. While reducing fat intake (Choice D) can be beneficial for overall health, it is not the priority in lifestyle modifications for hypertension.

4. What are the early signs of sepsis in a patient?

• A. Increased heart rate and fever
• B. Low blood pressure and confusion
• C. Elevated blood sugar and sweating
• D. Increased urine output and abdominal pain

Correct answer: A

Rationale: The correct answer is A: Increased heart rate and fever. These are early signs of sepsis and indicate a systemic infection. It is crucial to identify these signs promptly to initiate appropriate treatment. Choice B is incorrect because low blood pressure and confusion are more indicative of severe sepsis or septic shock rather than early signs. Choice C is incorrect as elevated blood sugar and sweating are not typical early signs of sepsis. Choice D is also incorrect as increased urine output and abdominal pain are not early signs of sepsis.

5. What are the primary differences between left-sided and right-sided heart failure?

• A. Left-sided: Pulmonary congestion; Right-sided: Systemic edema
• B. Right-sided: Pulmonary congestion; Left-sided: Systemic edema
• C. Left-sided: Systemic edema; Right-sided: Pulmonary congestion
• D. Right-sided: Pulmonary congestion; Left-sided: Heart failure

Correct answer: A

Rationale: The correct answer is A: "Left-sided: Pulmonary congestion; Right-sided: Systemic edema." Left-sided heart failure primarily affects the lungs, leading to pulmonary congestion, which manifests as symptoms like shortness of breath and cough. On the other hand, right-sided heart failure causes systemic congestion and edema, often presenting as swelling in the legs and abdomen due to fluid retention. Choice B is incorrect because it swaps the features of left-sided and right-sided heart failure. Choice C is incorrect as it also incorrectly switches the characteristics of the two types of heart failure. Choice D is incorrect because it inaccurately associates left-sided heart failure with pulmonary congestion and right-sided heart failure with heart failure itself, which is not a distinguishing feature.

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